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🧲 Elevate your control game with magnetic precision that never quits!
The Bestol 10Pcs A1302 Ratiometric Linear Hall Effect Sensors Chip offers precise linear magnetic field sensing with built-in reverse polarity protection. Ideal for DIY electronics and performance upgrades, these compact, durable sensors deliver reliable, ultra-responsive output perfect for applications like sim racing pedals and custom potentiometers.
| ASIN | B07DWXCTFL |
| Best Sellers Rank | #178,035 in Industrial & Scientific ( See Top 100 in Industrial & Scientific ) #39 in Hall Effect Sensors |
| Date First Available | June 21, 2018 |
| Item Weight | 0.317 ounces |
| Item model number | 52001936579 |
| Manufacturer | Bestol |
| Package Dimensions | 3 x 2.1 x 0.1 inches |
K**R
Good product
I am using these to make a "potentiometer" using 5mm round magnets. They work great and so far very reliable. I would recommend.
T**Y
This is a quality Hall Sensor and I am faster because of it.
I used one of these Hall Sensors to change my Sim Racing Throttle pedal's 10k Potentiometer. It was a total hillbilly hack but works like a champ. I have been a sim racer online since 1999 and as we all know, potentiometer's are going to eventually get flaky and wear out. I ran across an example on a racing forum and decided to attempt the change. Using 2 Neodymium Disc Magnets, a plastic top from a pharmacy pill bottle, hot glue, and the old 10k pot since it was already there. I simply disassembled the pot, pout a hole in the top and cut it for clearance, glued to mag's to it, glued the sensor to the pedal and wired it up. It's the most responsive pedal I have ever used. I am already running faster laps directly because of this sensor. It's tough, and can be reverse wired without harming it. I was not easy on them and they show no flaws.
J**N
They seem to work ok but they were shipped via USPS and took a week to arrive.
They seem to work ok but they were shipped via USPS and took a week to arrive.
A**S
Works as intended.
I used 2mm neodymium magnets with this sensor. Pretty low noise for what I paid. I burnt out one of these sensors because I didn't look at the pinout and assumed that the center pin was the output. Overall a good sensor
D**Y
With BEVEL SIDE facing You, Left is +5VDC, Center is Ground, Right is Analog DC Voltage OUT !!!
I have not used these long enough, to know if they are Reliable, but they appear to perform in a way similar to Allegro Microsystems A1308 or A1324. ~ 2.5 VDC Out with NO applied external magnetic field. The Analog Output will Vary + or - 1.5VDC from the 2.5 VDC "Mid-Point", with a Strong "North" or "South" Magnetic Pole Applied Directly ( down to as low as +1 VDC, or up to as high as +4 VDC Out ).
R**.
They work.
Tested all 10 and they do what they should. Left to right on the beveled side pin out is as follows: VCC, GND, Out.
W**R
Works
It works as advertised but small voltage increase in voltage in the mag field
D**R
These work great for DIY Hall Effect edrum hi-hat controller
If you are looking to convert a hi-hat stand into a DIY Hall Effect control for edrums these are the correct sensor
Trustpilot
5 days ago
3 weeks ago